| Unser oft gelesener Beitrag „Messgeräte mit Genauigkeiten von weniger als 30 nm“ ist dieses Jahr in der englischsprachigen Sonderausgabe der microPRODUCTION zu finden. In dieser Sonderausgabe werden die „Highlights“ des Jahres zusammengefasst. | Our often read article about “Measurement devices with accuracies of less than 30 nm” can be found in the special edition of microPRODUCTION. This special edition contains the highlights of the year. |
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| Measurement devices with accuracies of less than 30 nm (PDF download) „Erschienen in microPRODUCTION, 24/25, www.microproduction.eu“ |
Measurement devices with accuracies of less than 30 nm (PDF download) „Published in microPRODUCTION, 24/25, www.microproduction.eu“ |
| Die Variante in deutscher Sprache finden Sie hier: Messgeräte mit Genauigkeiten von weniger als 30 nm „Erschienen in Mikroproduktion, Ausgabe 2/2024, www.mikroproduktion.com“ |
The article in German language: Messgeräte mit Genauigkeiten von weniger als 30 nm „Published in Mikroproduktion, Ausgabe 2/2024, www.mikroproduktion.com“ |
„The demand for ULTRA-PRECISELY manufactured components is constantly increasing. But how can these components be properly characterised when coordinate measurement devices are no longer up to the job? LT Ultra decided to tackle this issue for themselves, and ended up establishing a flourishing new business area.
Ultra-precision machining (UP technology) enables workpieces to be produced that already represent a significant challenge for measurement technology. At the same time, how ever, the measurement approaches used in quality assurance need to be better than those used during production. In particular for UP technology this is a recurring issue – production methods have become already so advanced that metrological evaluation in the same or better Quality is only possible with a great deal of effort.
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| Unsere weiteren Artikel finden Sie hier (deutsch / englisch). | Our other articles can be found here (German / English). |